//Randomly places a new dungeon room next to one that already exists
private static void PlaceRandomRoom(Dungeon Dungeon)
{
//Get a random size for the new room
Vector2 RoomSize = GetNewRoomSize(Dungeon.RoomSizes);
//Create a shuffled copy of the list of rooms that already exist in the dungeon
List <DungeonRoom> RoomsCopy = ListFunctions.Copy(Dungeon.Rooms);
ListFunctions.Shuffle(RoomsCopy);
//Search through the rooms, checking if we can place the new room adjacent to any of these existing rooms
foreach (DungeonRoom OtherRoom in RoomsCopy)
{
//Make a list of the 4 placement directions we want to check for placing the new room
List <Direction> Directions = new List <Direction>();
for (int i = 0; i < 4; i++)
{
Directions.Add((Direction)i);
}
ListFunctions.Shuffle(Directions);
//Use each direction to check if we can place the new room next to the current OtherRoom in that direction
Direction Placement = Direction.North;
bool Found = false;
foreach (Direction Check in Directions)
{
//Store the direction and exit out once a valid placement location has been found
if (CanPlaceRoom(Dungeon, RoomSize, OtherRoom, Check))
{
Placement = Check;
Found = true;
break;
}
}
//Add the new room to the dungeon if a valid placement location was found
if (Found)
{
Vector2 NewRoomPos = OtherRoom.GetAdjacentLocation((int)RoomSize.x, (int)RoomSize.y, Placement);
DungeonRoom NewRoom = new DungeonRoom((int)RoomSize.x, (int)RoomSize.y, NewRoomPos);
NewRoom.Init();
Dungeon.Rooms.Add(NewRoom);
ConnectRooms(Dungeon, OtherRoom, NewRoom, Placement);
return;
return;
}
}
}
public void AddRoom()
{
unitOfWork.RepoOtherRooms.Add(RoomCreate);
try
{
if (unitOfWork.Save() > 0)
{
Messenger.Default.Send("Nieuwe kamer successvol toegevoegd");
RoomCreate = new OtherRoom();
}
else
{
Messenger.Default.Send("Toevoeging gefaald ");
}
}
catch (Exception err)
{
Messenger.Default.Send(err.Message);
}
}
public RoomCreateViewModel()
{
RoomCreate = new OtherRoom();
}
